地面高程的英文

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"地面高程"怎么读用"地面高程"造句

英文翻译手机版

exist ground level
ground height
level of the floor
surface elevation

"地面"英文翻译 the earth's surface; ground
"高程"英文翻译 altitude; elevation
"原地面高程" 英文翻译 : existing ground level; natural ground level; original ground level
"地面高程以上" 英文翻译 : above grade
"假定地面高程" 英文翻译 : assumed ground elevation
"平均地面高程" 英文翻译 : mean ground elevation
"现有地面高程" 英文翻译 : exist ground level
"地面标高地面高程" 英文翻译 : groundelevation
"主机室地面高程" 英文翻译 : machine floor elevation; machinefloorelevation
"海面高程" 英文翻译 : sea water level; sea-level elevation; swl
"湖面高程" 英文翻译 : elevation of water level in lake
"基准面高程" 英文翻译 : datum elevation
"码头面高程" 英文翻译 : quay level
"水面高程" 英文翻译 : water level elevation; water surface elevation
"仰拱面高程" 英文翻译 : invert level
"海面高程变化" 英文翻译 : eustacy; eustasism; eustatism
"滑坡底面高程" 英文翻译 : base of slide
"街道路面高程" 英文翻译 : street level
"地面高度" 英文翻译 : floor level; ground level; ground normal level; surface elevation
"海面高程变化的" 英文翻译 : eustatic
"静水面高程测量" 英文翻译 : water leveling
"平均海平面高程" 英文翻译 : msl
"水面高程纵剖面线" 英文翻译 : surface profile
"平均地面高度" 英文翻译 : mean ground elevation; mean terrain level
"修整过的地面高度" 英文翻译 : finished ground level

例句与用法

Extraction of the elevation from single sar image
从单幅雷达影像提取地面高程信息
Assumed ground elevation
假定地面高程
Finished ground level
粉刷地面高程
Exist ground level
现有地面高程
Study of triangulated irregular network andinterpolating terra in elevation in railway location
铁路线路三角网数模及地面高程内插系统研究
5 by using multi - window programming technology to combine vc + + with autocad , this thesis implemented comparison of plane , profile and across section , interactive design of profile , railway location by across section and setting location of bridge and tunnel . 6 this thesis expounded itself viewpoint on application model of profile optimization in scrlid , and has been used in system development . 7 by putting forward the summaries on the application model of professional design , this thesis established mathematics model of calculating terrain height of profile and across section , automatic setting location of the bridge and the tunnel
2 、用面向对象的数据封装和继承技术实现了项目管理和方案数据的安全保护； 3 、选择应用vc + + dao数据库应用技术，完成了方案比选共用数据库的开发； 4 、用autocadobjectarx定制实体技术，实现了线路平面拖放式交互设计； 5 、用vc + +与autocad相结合的多窗口编程技术，实现了平面、纵断面、横断面三种图形的对比显示，实现了纵断面交互设计、横断面定线和桥隧工程设置； 6 、就纵断面优化在线路方案比选工作中的应用模式提出了自己的观点，并在系统开发中得到应用； 7 、总结专业设计应用模式，建立了内插纵横断面地面高程、自动设桥、自动设隧数学模型。
In the fourth chapter , based on the analysis and design of some modules closely relating to interactive design , the thesis completes the development of the railway location interactive design subsystem , and these modules are : railway horizontal line interactive design , comparison of plane , profile and across section , automatic and interactive design of profile , designing railway location by across section and setting location of the bridge and the tunnel
第三章分析了线路方案比选工作过程中所涉及的数据情况以及数据管理方法，完成了方案比选综合数据管理子系统的开发工作，第四章通过对线路平面交互设计、内插纵横断面地面高程、纵断面自动与交互设计、横断面定线、桥隧工程设置等与交互设计密切相关的重点模块的分析与设计，完成了交互式线路设计子系统的开发。
We describe three static methods : field primary static correction , refraction statics and automatic residual statics , and then introduce the principle of the three static methods . second , the dissertation gives the method of elevation statics , calculating static values by using minor refraction data , first - break pickup method and residual technique
其次，重点阐述了1 、野外静校正方法中地面高程校正的过程、利用小折射测量数据计算低降速带静校正量的算法； 2 、应用现有的折射波静校正软件进行初至拾取及静校正量计算的操作要领； 3 、自动剩余静校正多次迭代技术。
In order to direct the water to the forebav of the pump station from the original canal , a channel long 135 m is designed . it crosses through the terrain top with a depth of more than 50 m . soil of the channel slopes is a strongly - weathered silty and sandy mudstone with many well - developed reticular cracks and takes the structural surfaces almost same as the channel slopes
东深供水工程金湖泵站位于塘厦镇东面，属低山、残丘地貌，地面高程22 60m ；泵站前池进水渠横切山脊，连接原东深供水河，设计开挖1条长135m的进水渠，坡高50多米，边坡土质为强风化的粉砂质泥岩，网状裂隙发育，结构面基本与坡面重合；坡体土质中含有较多的粘土矿物，具有遇水软化的特性。